Automotive e-compressor - high-voltage

Designed to maximize efficiency in the HVAC system of electric vehicles

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Block diagram

About

Designed to enhance the driving experience, Infineon's high-voltage e-compressor as the heart of the heat pump system ensures a comfortable journey during hot summers and chilly winters. By reusing thermal energy from the drivetrain, the e-compressor reduces battery drain, making it an energy-efficient choice for all seasons. With our comprehensive chipset offering including supply, communication, control, and actuation, we enable a faster time to market by ready-to-use reference designs. Overall, HV e-compressors play a crucial role in optimizing HVAC systems of electric vehicles.

Automotive HV e-compressors are designed to maximize energy efficiency in various applications such as heat pumps. With our holistic chipset offering including power switches, gate driver ICs, and microcontrollers, e-compressors enable efficient cooling and heating of electric vehicle cabin and battery. By reusing thermal energy and utilizing high-speed PWM frequency, high-voltage e-compressors optimize power consumption and reduce battery drain. Infineon's HV e-compressors provide a holistic approach to maximize energy efficiency via diverse power switch options and reliable control for improved energy-saving performance. Overall, high-voltage e-compressors as the heart of the heat pump system maximize thermal energy efficiency.

Infineon's high-voltage e-compressor chipset solution offers a comprehensive system solution for efficient and reliable thermal management in electric vehicles. A wide variety of power switches like OptiMOS™ MOSFETs, automotive IGBTs, CoolSiC™ MOSFETs, CoolSiC™ modules, and CIPOS™ Intelligent Power modules ensure precise control. Scalable 32-bit MCUs like TRAVEO™ T2G and PSoC™ 4 facilitate seamless integration. High-speed PWM frequency and vibration avoidance enhance regulation and system reliability. 

OPTIREG™ power supply solutions, along with high-voltage XENSIV™ current sensors, automotive transceivers, and digital isolators, further contribute to efficient and accurate operation.

Designed to enhance the driving experience, Infineon's high-voltage e-compressor as the heart of the heat pump system ensures a comfortable journey during hot summers and chilly winters. By reusing thermal energy from the drivetrain, the e-compressor reduces battery drain, making it an energy-efficient choice for all seasons. With our comprehensive chipset offering including supply, communication, control, and actuation, we enable a faster time to market by ready-to-use reference designs. Overall, HV e-compressors play a crucial role in optimizing HVAC systems of electric vehicles.

Automotive HV e-compressors are designed to maximize energy efficiency in various applications such as heat pumps. With our holistic chipset offering including power switches, gate driver ICs, and microcontrollers, e-compressors enable efficient cooling and heating of electric vehicle cabin and battery. By reusing thermal energy and utilizing high-speed PWM frequency, high-voltage e-compressors optimize power consumption and reduce battery drain. Infineon's HV e-compressors provide a holistic approach to maximize energy efficiency via diverse power switch options and reliable control for improved energy-saving performance. Overall, high-voltage e-compressors as the heart of the heat pump system maximize thermal energy efficiency.

Infineon's high-voltage e-compressor chipset solution offers a comprehensive system solution for efficient and reliable thermal management in electric vehicles. A wide variety of power switches like OptiMOS™ MOSFETs, automotive IGBTs, CoolSiC™ MOSFETs, CoolSiC™ modules, and CIPOS™ Intelligent Power modules ensure precise control. Scalable 32-bit MCUs like TRAVEO™ T2G and PSoC™ 4 facilitate seamless integration. High-speed PWM frequency and vibration avoidance enhance regulation and system reliability. 

OPTIREG™ power supply solutions, along with high-voltage XENSIV™ current sensors, automotive transceivers, and digital isolators, further contribute to efficient and accurate operation.

Documents

Design resources

Developer community

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